Ocean monitoring system

	Ocean monitoring system From: Wu Lili 吴丽丽 <wulili@longteng-co-ltd.gd.cn>
We’ve entered into an agreement to produce some deep sea sensing equipment for a complete ocean monitoring system. Each station will have passive sonar and magnetic anomaly detection sensors recording continuously, along with a radio uplink for remote review. This probably goes without saying, but these need to be robust and reliable.

	Re: Ocean monitoring system From: Carl Tesky <carl@longteng-co-ltd.gd.cn>
Am I allowed to ask who these are for?

	Re: Ocean monitoring system From: Wu Lili 吴丽丽 <wulili@longteng-co-ltd.gd.cn>
You’re allowed to ask.

	Re: Ocean monitoring system From: Carl Tesky <carl@longteng-co-ltd.gd.cn>
Who are these for?

	Re: Ocean monitoring system From: Wu Lili 吴丽丽 <wulili@longteng-co-ltd.gd.cn>
Sun Haotian.

	Re: Ocean monitoring system From: Wu Lili 吴丽丽 <wulili@longteng-co-ltd.gd.cn>
Well, this is an occasion for some pride: Mr. Sun very specifically praised “Longteng engineering” when he took delivery of these components. Let’s give ourselves a pat on the back! I feel like we’re going to play a big role in his future plans.

	Re: Ocean monitoring system From: Joe (周海涛) <joe@longteng-co-ltd.gd.cn>
REPRESENT!!!

sonar is a simple input connected to a passive sonar sensor.
magnetic is a simple input connected to a magnetic anomaly detector.
radio-rx is a non-blocking XBus input connected to a radio receiver.
radio-tx is an XBus output connected to a radio transmitter.
When a data packet is received over the radio that specifies the ID number of this sensor assembly, respond with the 6 most recent sensor readings (including the current) from the requested sensor in order from oldest to most recent:

ID number of sensor assembly	1 = passive sonar sensor 2 = magnetic anomaly detector

The ID number of the sensor assembly is stored in a secury identity chip that can be read as an XBus input.

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